Graphene carbon plastic alloy material

Model No:JD-TS2002-99

Jd-ts2002-99 carbon plastic alloy is a kind of graphene high thermal conductivity composite material, which is composed of graphene and polymer materials. It has the same heat dissipation effect as aluminum. It can quickly export and radiate the heat source to the external medium. It can replace aluminum in all kinds of heat sinks and radiators.

Light weight

Jd-ts200-99 carbon plastic alloy has a specific gravity of more than 40% less than aluminum, which is especially suitable for the application direction of replacing aluminum with plastic and lightweight.

Good heat dissipation effect

The thermal conductivity of jd-ts200-99 carbon plastic alloy is much higher than that of traditional heat conducting plastics, and the thermal emissivity is much higher than that of aluminum alloy. The comprehensive heat dissipation performance is equivalent to that of aluminum alloy, and various heat dissipation schemes can be designed flexibly.

Reliable and durable

Jd-ts200-99 carbon plastic alloy material has outstanding properties such as weather resistance, anti-corrosion, acid and alkali resistance and flame retardant, which gives heat dissipation products a wide range of application scenarios and high service life.

Easy processing and forming:

Jd-ts2002-99 carbon plastic alloy material adopts injection molding or molding without secondary processing, and has high freedom of formula adjustment and design. It can adjust relevant physical properties and make complex shapes according to requirements.

Jd-ts2002-99 carbon plastic alloy material adopts injection molding or molding, and the common equipment is bakelite injection molding machine and four column hydraulic press (molding machine).

Forming conditions:

Forming temperature: 150-180 ℃

Molding pressure: injection molding 100-170mpa, molding 30-40mpa, adjusted according to product wall thickness and structure

Molding time: injection molding 30-120s, molding 90-240s, adjusted according to product wall thickness and structure